Continue the treatment / Sustain oxygen / Support biological recovery
WhiteOxy™ is a proprietary multifunctional treatment developed for extended oxygenation, catalytic oxidation, nutrient adsorption and biological-process support.
WhiteOxy™ is designed primarily as a follow-up treatment after the initial rapid oxidation provided by RedOxy™ or BlackOxy™. Its formulation combines an oxidizing component, catalytic functionality, oxygen-release technology and adsorptive surfaces. This combination is intended to provide continued oxidation of susceptible contaminants, support dissolved-oxygen conditions and improve the environment for aerobic microorganisms. WhiteOxy™ may be considered for contaminated surface water, wastewater, groundwater-remediation systems, sludge, soil and landfill leachate after laboratory testing and regulatory approval.
Initial oxidation completed / Long-term restoration begins
One restoration technology.
Multiple contaminated environments.
WhiteOxy™ can be incorporated into professionally designed treatment programmes as a secondary oxidation, oxygenation or biological-support stage.
Surface Water Restoration
Supports restoration programmes for polluted lakes, ponds, reservoirs and other managed surface waters.
Wastewater & Lagoons
Provides additional oxidation and oxygen support after initial wastewater treatment.
Landfill Leachate Polishing
Proposed as a follow-up treatment after BlackOxy™ to address residual oxidisable contaminants and oxygen demand.
Groundwater Remediation
May support controlled in-situ or ex-situ remediation where subsurface compatibility and regulatory requirements have been established.
Contaminated Soil & Sludge
Can be evaluated for selected soil and sludge treatment projects following treatability and environmental-impact testing.
Industrial Organic Pollution
Targets selected hydrocarbons, phenolic compounds, VOCs, pesticides and other oxidisable organics under validated conditions.
Four technologies / Supporting continued water recovery
Extended Oxygen Availability (OXY-RELEASE)
The oxygen-release component is designed to support dissolved-oxygen conditions and aerobic biological activity over an extended period.
Continued Contaminant Oxidation (CATALYTIC-OXIDATION)
Catalytic oxidizing chemistry targets susceptible residual organics remaining after the primary RedOxy™ or BlackOxy™ treatment.
Adsorptive Surface Activity (NUTRIENT-CAPTURE)
Adsorptive components are intended to capture selected nutrients, metals or oxidation by-products, subject to contaminant-specific capacity testing.
Support for Aerobic Biodegradation (BIOSTIMULATION)
Improved oxygen conditions can stimulate compatible aerobic microorganisms responsible for degrading biodegradable organic matter.
Science & Technology
WhiteOxy™ combines chemical oxidation with oxygen-release and adsorption mechanisms to support continued treatment after the primary rapid-oxidation stage.
- Continued Oxidation – The oxidizing component reacts with susceptible residual contaminants remaining after initial RedOxy™ or BlackOxy™ application (performance depends on oxidant demand, water chemistry and contact time).
- Reactive Radical Chemistry – Generates sulfate radicals ($SO_4^{\bullet-}$), which transform selected organic contaminants through electron transfer, hydrogen abstraction and addition reactions.
- Oxygen Enhancement – Improves dissolved-oxygen availability, supporting aerobic microbial activity and helping prevent strongly reducing or odour-forming conditions.
- Adsorption and Biostimulation – Adsorptive surfaces capture selected nutrients or contaminants while improved oxygen availability supports biological degradation of biodegradable organic material.
Position within the Oxy Treatment Process
Structuring primary rapid treatment with secondary continued treatment for long-term water quality management.
Oxy Treatment Stage Hierarchy
| Treatment Phase | Products & Functions |
|---|---|
| Primary Rapid Treatment | RedOxy™ for selected contaminated water/wastewater | BlackOxy™ for difficult landfill leachate and high-strength wastewater. |
| Secondary Continued Treatment | WhiteOxy™ for extended oxidation, sustained oxygen support, nutrient/residual adsorption, aerobic biological enhancement, and long-term water quality management. |
Storage, Safety and Handling Guidelines
- Read current WhiteOxy™ SDS before handling; store in a cool, dry, well-ventilated area protected from moisture and direct sunlight.
- Keep away from combustible materials, reducing agents and incompatible chemicals.
- Wear chemical-resistant gloves, eye protection and suitable protective clothing; avoid inhaling powder dust or spray aerosols.
- Monitor heat and gas formation during treatment; prevent uncontrolled release into soil, groundwater or surface water.
Recommended Monitoring Programme
Comprehensive baseline parameters, ion monitoring, metal tracking, and organic micropollutant analysis.
Baseline & Ion Parameters
- Baseline: pH, temperature, turbidity, conductivity, ORP, dissolved oxygen, COD, BOD, TOC, hydrogen sulphide.
- Ions: Chloride, nitrate, sulfate, bromate, phosphate, sodium, calcium, magnesium, potassium, alkalinity, TDS.
Metals & Micropollutants
- Metals: Arsenic, barium, cadmium, chromium, hexavalent chromium, copper, aluminium, lead, selenium.
- Micropollutants: 1,4-Dioxane, hydrocarbons, phenols, VOCs, pesticides, pharmaceuticals.
Explore the WhiteOxy™
Poster Library
Frequently
Asked Questions
Important information about WhiteOxy™ treatment, oxygen release, oxidation, application and long-term monitoring.
Contact SupportGet a long-term water restoration solution
It all starts with contaminant analysis and oxygen-demand testing.
Send us your water body or wastewater parameters, oxygen demand, contaminant profile and restoration goals. Our specialists will help evaluate WhiteOxy™ for your long-term project.
